Introduction:

The ability to regulate gene expression is essential for organisms to survive and adapt, allowing them to respond effectively to both developmental cues and environmental fluctuations.

Throughout evolution, multiple strategies have evolved to control gene activity. Among these, epigenetics stands out as a crucial mechanism, enabling genes to be activated or silenced without changing the DNA sequence itself. Recent progress in Next Generation Sequencing (NGS) technologies has significantly enhanced our understanding of epigenetic processes, offering valuable insights into the intricate networks that govern gene regulation.

Join us as we explore Novogene’s comprehensive sequencing solutions designed to advance epigenetics research. This session will highlight cutting-edge techniques such as Whole Genome Bisulfite Sequencing (WGBS) and EM-seq for detecting DNA methylation, ChIP-seq and RIP-seq for studying nucleic acid-protein interactions and ATAC-seq for assessing chromatin accessibility, amongst others.

We’ll delve into the principles behind each method, discuss their research applications, and walk through workflow strategies and analysis pipelines.

We will also talk about integrated analysis option that enable multi-omics insights. Whether you’re new to epigenetics or looking to enhance your sequencing approaches, this webinar will provide valuable guidance on unlocking the epigenome.

Learning Objectives:

• Explore a range of sequencing solutions specifically designed for epigenetics research
• Understand the core principles and diverse applications of NGS technologies in studying epigenetic mechanisms
• Gain insights into Novogene’s workflows and bioinformatics pipelines for comprehensive epigenetic analysis